A new robust non-local algorithm for band-to-band tunneling simulation and its application to Tunnel-FET

C. Shen, L. T. Yang, E. Toh, C. Heng, G. Samudra, Y. Yeo
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引用次数: 49

Abstract

A new non-local algorithm for accurately calculating the band-to-band tunneling current suitable for TCAD semiconductor simulators is proposed in this abstract. The proposed algorithm captures the essential physics of multi-dimensional tunneling in a 2D structure, and is designed to be robust and to achieve independence on the mesh grid. The new algorithm enables accurate modeling of T-FET and investigation of its device physics. Application on T-FET is demonstrated. The physical origin of the saturation of Id-Vd curve of T-FET is analyzed and clarified for the first time.
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一种新的带间隧道仿真鲁棒非局部算法及其在隧道场效应管中的应用
本文提出了一种适用于TCAD半导体模拟器的带间隧道电流精确计算的非局部算法。该算法捕捉了二维结构中多维隧道掘进的基本物理特性,具有鲁棒性和独立性。新的算法使T-FET的精确建模和其器件物理研究成为可能。演示了在T-FET上的应用。首次分析并阐明了T-FET的Id-Vd曲线饱和的物理根源。
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